• Understand the science we use to monitor the removal of invasive alien algae


    Learn more

Habitat Restoration

Learn about our Huki programs and the exciting new partnership with Pono Pacific.

Regulations in Maunalua Bay

 Click here to learn about regulations in Maunalua Bay.

HCA Maunalua Watershed Snapshot Poster 2016

Opportunities for involvement in community initiatives

Participate in the Maunalua Bay Recreational Advisory Committee (MRAC) process to address commercial and recreational use of the bay.

Join the Maunalua Watershed Snapshot Team to address ahupua`a health in the Maunalua region.

2010-6

Volunteer

Sign up or request to volunteer for a huki.

Why support Mālama Maunalua?

bay

For the Bay

Everything we do serves our mission to restore and conserve the biological and cultural treasure that is Maunalua Bay.

future

For the Future

We believe it is all of our kuleana to work together towards a healthy, sustainable Maunalua Bay for our children and grandchildren.

life

For Life

We work closely with residents, scientists, and businesses to to improve the economic and cultural well-being of our community.

Receive Updates

Stay Connected

Come join us for our huki this Saturday 6/24! ... See MoreSee Less

View on Facebook

Christina Redmond & Daniel Arencibia from UH's Our Project in Hawai'i's Intertidal (OPIHI) internship are investigating the intertidal zone of Maunalua Bay.

Christina Redmond's group had the exciting opportunity this past semester to study the rocky intertidal zone of the Western end of Maunalua Bay. They surveyed this site to gather invertebrate and algal species richness, diversity, and density. The overarching goal is that if the patterns of intertidal community composition along these gradients can be predicted, then we may have the ability to track long-term physical changes and characteristics in these organisms that may arise due to climate change and other anthropogenic effects in the future.

Daniel Arencibia's group studied the effects of groundwater on algal communities at Black Point. Relatively few species are observed close to the seep compared to areas further away from the seep suggesting that only specific algae can tolerate the chemical conditions brought in by the groundwater. A nitrogen isotope analysis (used to determine the sources of nutrients) revealed that tolerant algae are taking up these nutrients closer to the seep. Their team plans to continue to investigate how groundwater and other physical and chemical variables influence the algal community at Black Point and the rest of Maunalua Bay.
... See MoreSee Less

View on Facebook